void FloreChanged (EcoSystem sender, float newValue)
{
/*
//See: http://answers.unity3d.com/questions/12504/how-can-i-automatically-place-grass-and-other-deta.html
// read all layers of the alphamap (the splatmap) into a 3D float array:
float[][] alphaMapData = TerrainData.GetAlphamaps(x, y, width, height);
// read all detail layers into a 3D int array:
int numDetails = TerrainData.detailPrototypes.Length;
int [][][] detailMapData = new int[TerrainData.detailWidth][TerrainData.detailHeight][numDetails];
for (int layerNum=0; layerNum < numDetails; layerNum++) {
int[][] detailLayer = TerrainData.GetDetailLayer(x, y, width, height, layerNum);
}
// write all detail data to terrain data:
for (int n = 0; n < detailMapData.Length; n++)
{
TerrainData.SetDetailLayer(0, 0, n, detailMapData[n]);
}
// write alpha map data to terrain data:
TerrainData.SetAlphamaps(x, y, alphaMapData);
*/
}
void EnergyChanged (EcoSystem sender, float newValue)
{
Color ambientLightColor = RenderSettings.ambientLight;
//ambientLightColor.b = (newValue/EcoSystem.MAX_VALUE)*0.1f;
ambientLightColor.b = energy.Evaluate(newValue/100f);
RenderSettings.ambientLight = ambientLightColor;
RenderSettings.fogColor = ambientLightColor;
}
// Use this for initialization
void Start () {
ecoSystem = GetComponent<EcoSystem> ();
ecoSystem.EnergyChanged += EnergyChanged;
ecoSystem.FloreChanged += FloreChanged;
ecoSystem.OxygeneChanged += OxygeneChanged;
ecoSystem.WaterChanged += WaterChanged;
initialHeight = waterObject.transform.position.y;
//Init values
EnergyChanged (ecoSystem, ecoSystem.Energy);
OxygeneChanged (ecoSystem, ecoSystem.Oxygene);
WaterChanged (ecoSystem, ecoSystem.Water);
}
// Use this for initialization
void Start () {
ecoSystem = GetComponent<EcoSystem> ();
ecoSystem.EnergyChanged += EcoSystem_EnergyChanged;
ecoSystem.FloreChanged += EcoSystem_FloreChanged;
ecoSystem.OxygeneChanged += EcoSystem_OxygeneChanged;
ecoSystem.WaterChanged += EcoSystem_WaterChanged;
sliderEnergy.onValueChanged.AddListener(SliderEnergy_ValueChanged);
sliderFlore.onValueChanged.AddListener(SliderFlore_ValueChanged);
sliderOxygene.onValueChanged.AddListener(SliderOxygene_ValueChanged);
sliderWater.onValueChanged.AddListener(SliderWater_ValueChanged);
ecoSystem.Locked = Locked;
}
// Use this for initialization
void Start()
{
ecoSystem = GetComponent <EcoSystem> ();
ecoSystem.EnergyChanged += EcoSystem_EnergyChanged;
ecoSystem.FloreChanged += EcoSystem_FloreChanged;
ecoSystem.OxygeneChanged += EcoSystem_OxygeneChanged;
ecoSystem.WaterChanged += EcoSystem_WaterChanged;
sliderEnergy.onValueChanged.AddListener(SliderEnergy_ValueChanged);
sliderFlore.onValueChanged.AddListener(SliderFlore_ValueChanged);
sliderOxygene.onValueChanged.AddListener(SliderOxygene_ValueChanged);
sliderWater.onValueChanged.AddListener(SliderWater_ValueChanged);
ecoSystem.Locked = Locked;
}
private void EcoSystem_EnergyChanged(EcoSystem sender, float newValue)
{
sliderEnergy.value = newValue;
sliderEnergyUI.value = newValue;
}
private void EcoSystem_WaterChanged(EcoSystem sender, float newValue){
sliderWater.value = newValue;
sliderWaterUI.value = newValue;
}
private void EcoSystem_OxygeneChanged(EcoSystem sender, float newValue){
sliderOxygene.value = newValue;
sliderOxygeneUI.value = newValue;
}
private void EcoSystem_FloreChanged(EcoSystem sender, float newValue){
sliderFlore.value = newValue;
sliderFloreUI.value = newValue;
}
private void EcoSystem_EnergyChanged(EcoSystem sender, float newValue){
sliderEnergy.value = newValue;
sliderEnergyUI.value = newValue;
}
void WaterChanged (EcoSystem sender, float newValue)
{
waterObject.transform.position = new Vector3(waterObject.transform.position.x, initialHeight + water.Evaluate (newValue / 100f), waterObject.transform.position.z);
}
void OxygeneChanged (EcoSystem sender, float newValue)
{
//RenderSettings.fogDensity = (EcoSystem.MAX_VALUE - newValue)/10000f;
RenderSettings.fogDensity = oxygene.Evaluate((EcoSystem.MAX_VALUE - newValue)/100f);
}
public void Init()
{
my_grid = new Grid <Cell>(3, 3);
ecosystem = new EcoSystem(my_grid);
}
